Baumer – HEAG 171, HEAG 172

Precision sine multiplier; Converting of SinCos signals into multiplied SinCos signals; Multiplying factor 1...128; Offset and amplitude adjustment; Oversampling with 24 MHz; Digitally pre-filter; High signal quality

Digital converters (opto coupler transmitters) for signal level shifting,; Signal level shifting from HTL → TTL or TTL → HTL; Isolating signal cables to multiple receivers to avoid earth loops; Regenerating of signals when transmitting over long distance

Precision interpolator / splitter; Converting of SinCos signals into TTL and HTL signals; Additional interpolation of the signals (multiplying or dividing); Oversampling with 24 MHz; Digitally pre-filter; Very high output frequency possible

Fiber-optic transmitter for interference-free transmission of square-wave signals; For high interference locations; Converting standard square-wave signals into fiber-optic signals; Each channel is coupled onto fiber-optic easy-to-fit plug; 3 different plug versions available; Delay time over a 100 m length of fiber-optic is 1 µs; Except of POF all fiber optic cable usable, e. g. PCF 200 μm, silica fiber 50 and 62.5 μm

Precision interpolator / splitter, precision sine multiplier; Converting of SinCos signals into multiplied SinCos signals; Additional interpolation of HTL or TTL signals (multiplying or dividing); Oversampling with 24 MHz; Digitally pre-filter; Very high output frequency possible

Fiber-optic receiver for interference-free transmission of square-wave signals; For high interference locations; Each channel is coupled onto fiber-optic easy-to-fit plug; Reconversion of optical to electrical signals in the receiver control cabinet; 3 different plug versions available; Delay time over a 100 m length of fiber-optic is 1 µs; Except of POF all fiber optic cable usable, e. g. PCF 200 μm, silica fiber 50 and 62.5 μm

Signal splitter and digital converter (opto coupler transmitter) for signal level shifting,; Signal level shifting from HTL → TTL or TTL → HTL; Isolating signal cables to multiple receivers to avoid earth loops; Regenerating of signals when transmitting over long distance; 1 input unit and 3 output units

Fiber-optic transmitter for interference-free transmission of square-wave signals; Transmission length up to 1500 m; Converting standard square-wave signals into optical signals; Transmission error detection via checksum (CRC); High-precision transmission of signals (Jitter

Fiber-optic receiver for interference-free transmission of square-wave signals; Transmission length up to 1500 m; Reconversion of optical signals into electrical signals and generation of status signals; Transmission error detection via checksum (CRC); High-precision transmission of signals (Jitter

Fiber-optic transmitter with outdoor box for interference-free transmission of square-wave signals; Transmission length up to 1500 m; Converting standard square-wave signals into optical signals; Transmission error detection via checksum (CRC); High-precision transmission of signals (Jitter